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Reckless Abandon of Muradin
Ooooops. Nobody updated me for a while so I'm no longer current. Consider using an addon like
HeadCount
to keep track of loot on your own.
Loot
L
og
R
oster
Tier Mark
C
ounts
Loot
M
aster


file metadata microservice
A simple service that would provide the user with the size info for any given file
Built as a project for
freecodecamp


---
layout: default
description: Head of Software Development based out of Manchester, UK.
---
Hello, my name is Josh
A versatile and adaptable engineering leader with experience rooted in software as a product focused engineer.
Striving to build teams with high levels of alignment, trust & autonomy
Currently, I am working as a Tech Lead at cinch, a scale-up based in the UK.
My role is coaching and supporting a team of engineers with architecture design, creating and sharing a technical vision, and guiding on implementation.
Previously, I was at Housemates & ChooseMyCar
where I was leading their engineering teams.


Smile Shell provides an MATLAB like environment. In the simplest case, you can use it as a calculator.
smile> "Hello, World"
res0: String = Hello, World
smile> 2
res1: Int = 2
smile> 2+3
res2: Int = 5
All java.lang.Math
functions are imported in the Shell.
smile> log(2)
res0: Double = 0.6931471805599453
smile> max(2, 5)
res2: Int = 5
In addition, Smile provides many other important mathematical functions
such as logistic
, factorial
, choose
, etc.
smile> logistic(3.0)
res7: Double = 0.9525741268224334
smile> choose(10, 3)
res8: Double = 120.0
Special mathematical functions including beta
,
erf
, gamma
and their related functions. Special
functions are particular mathematical functions which have more or less
established names and notations due to their importance in mathematical
analysis, functional analysis, physics, or other applications.
Many special functions appear as solutions of differential equations or
integrals of elementary functions. For example, the error function
erf
(also called the Gauss error function) is a special
function of sigmoid shape which occurs in probability, statistics, materials
science, and partial differential equations. The complementary error function,
denoted erfc
, is defined as erfc(x) = 1 - erf(x)
.
The error function and complementary error function are special cases of the
incomplete gamma function.
smile> erf(1.0)
res0: Double = 0.8427007929497149
smile> digamma(1.0)
res11: Double = -0.5772156649015328
Common arithmetic operations on vectors and scalars are similar as in R and Matlab.
smile> val x = c(1.0, 2.0, 3.0, 4.0)
smile> val y = c(4.0, 3.0, 2.0, 1.0)
smile> x + y
res22: smile.math.VectorAddVector = Array(5.0, 5.0, 5.0, 5.0)
smile> 1.5 * x - 3.0 * y
res24: smile.math.VectorSubVector = Array(-10.5, -6.0, -1.5, 3.0)
Note that these operations are lazy. The computation is only performed when the results are needed, e.g. when the expression is used where a vector is expected. In the Shell, the expression is immediately performed because the Shell always prints out the results.
For a vector, there are multiple functions to calculate its norm such as norm
(L2 norm), norm1
(L1 norm),
norm2
(L2 norm), normInf
(infinity norm), normFro
(Frobenius norm).
We can also standardize
a vector to mean 0 and variance 1,
unitize
it so that L2 norm be 1,
or unitize1
it so that L1 norm be 1.
smile> norm(x)
res13: Double = 5.477225575051661
smile> unitize(y)
smile> y
res14: Array[Double] = Array(0.7302967433402214, 0.5477225575051661, 0.3651483716701107, 0.18257418583505536)
For a pair of vectors, we can calculate the dot product, distance, divergence, covariance,
and correlations with dot
, distance
, kld
(Kullback-Leibler Divergence),
jsd
(Jensen-Shannon Divergence), cov
, cor
(Pearson Correlation),
spearman
(Spearman Rank Correlation Coefficient), kendall
(Kendall Tau Rank Correlation Coefficient).
smile> dot(x, y)
res16: Double = 20.0
smile> cov(x, y)
res17: Double = -1.6666666666666667
Like Matlab, we can use eye
, zeros
and ones
to create identity, zero, or all-ones matrix, respectively.
To create a matrix from 2-dimensional array, we can use the constructor matrix
or the ~
operator.
The ~
operator can be applied to 1-dimensional array too, which creates
a single column matrix.
val a = matrix(
c(0.7220180, 0.07121225, 0.6881997),
c(-0.2648886, -0.89044952, 0.3700456),
c(-0.6391588, 0.44947578, 0.6240573)
)
val b = matrix(
c(0.6881997, -0.07121225, 0.7220180),
c(0.3700456, 0.89044952, -0.2648886),
c(0.6240573, -0.44947578, -0.6391588)
)
val C = Array(
Array(0.9527204, -0.2973347, 0.06257778),
Array(-0.2808735, -0.9403636, -0.19190231),
Array(0.1159052, 0.1652528, -0.97941688)
)
val c = ~C // or val c = matrix(C)
Matrix-vector operations are just like in math formula.
smile> a * x + y * 1.5
res26: smile.math.VectorAddVector = Array(4.024486715010331, -0.11406700374225098, 2.6796872175051663)
Similarly for matrix-matrix operations:
smile> a + b
res27: smile.math.MatrixAddMatrix =
1.4102 0.0000 1.4102
0.1052 0.0000 0.1052
-0.0151 0.0000 -0.0151
Note that a * b
are element-wise:
smile> a * b
res28: smile.math.MatrixMulMatrix =
0.4969 -0.0051 0.4969
-0.0980 -0.7929 -0.0980
-0.3989 -0.2020 -0.3989
For matrix multiplication, the operator is %*%
, same as in R
smile> a %*% b %*% c
[main] INFO smile.math.MatrixOrderOptimization - The minimum cost of matrix multiplication chain: 54
res29: smile.math.MatrixExpression =
0.9984 0.0067 0.0554
-0.0257 0.9361 0.3508
-0.0495 -0.3517 0.9348
The method DenseMatrix.transpose
returns the transpose of matrix,
which executes immediately. However, the method t
is preferred
on MatrixExpression
as it is lazy.
smile> a %*% b.t %*% c
[main] INFO smile.math.MatrixOrderOptimization - The minimum cost of matrix multiplication chain: 54
res30: smile.math.MatrixExpression =
0.8978 -0.4369 0.0543
0.4189 0.8856 0.2006
-0.1357 -0.1574 0.9782
Smile has runtime optimization for matrix multiplication chain, which can greatly improve the performance. In the below we generate several random matrices and multiply them together.
val a = randn( 300, 900)
val b = randn( 900, 150)
val c = randn( 150, 1800)
val d = randn(1800, 30)
time {(a %*% b %*% c %*% d).toMatrix}
where randn()
creates a matrix of normally distributed
random numbers. The shell will try to load machine optimized
BLAS/LAPACK native libraries for most matrix computation.
If BLAS/LAPACK is not available, smile will fall back to pure Java
implementation.
In linear algebra, a matrix decomposition or matrix factorization
is a factorization of a matrix into a product of matrices.
There are many different matrix decompositions. In Smile, we provide
LU, QR, Cholesky, eigen, and SVD decomposition by functions
lu
, qr
, cholesky
,
eigen
, and svd
, respectively.
With these decompositions, many important linear algebra operations
can be performed such as calculating matrix rank, determinant, solving
linear systems, computing inverse matrix, etc.
In fact, Smile has functions det
,
rank
, inv
and operator \
for these common computation.
smile> val x = Array(1.0, 2.0, 3.0)
x: Array[Double] = Array(1.0, 2.0, 3.0)
smile> a \ x
res14: Array[Double] = Array(-1.7252356779053744, -0.3612592362819077, 3.3004624918302046)
smile> inv(a)
res19: smile.math.matrix.DenseMatrix =
0.7220 -0.2649 -0.6392
0.0712 -0.8904 0.4495
0.6882 0.3700 0.6241
smile> inv(a) %*% a
res21: smile.math.MatrixExpression =
1.0000 0.0000 0.0000
-0.0000 1.0000 0.0000
-0.0000 0.0000 1.0000


A developer disk is an image (.dmg
file) which is mounted on an iOS device, and enables you
to automate tests on that device.
The developer disk you want to upload. This file is named DeveloperDiskImage.dmg
.
The signature file for the developer disk you want to upload. This file is named DeveloperDiskImage.dmg.signature
.


Research
My research is based on discretisations of spacetime to investigate quantum gravity effects. I have worked on fuzzy spaces, which are finite non-commutative geometries based upon matrix algebras. I am interested in how continuous symmetries affect these spaces. Outside of non-commutative geometry, I am interested in exploring quantum geometries via numerical methods.
I am also interested in the development of quantum technologies, and the role of mathematics in the description of quantum phases of matter. For instance, there is a description of the quantum hall effect based upon the non-commutative torus. As a finite version has been developed, called the fuzzy torus, I am interested in investigating the consequence using this description would have for physics.
Publications
- PhD Thesis: Spectral Geometry of Fuzzy Spaces. Paul Druce: University of Nottingham (2020) PDF here
- Spectral estimators for finite non-commutative geometries. Barrett,J., Druce,P., Glaser, L.: J Phys Math Theor. 52, 275203 (2019). doi:10.1088/1751-8121/ab22f8
Google Scholar, INSPIRE-HEP, ORCID
Research notes and documents
- Introductory notes on category theory: Notes on Category Theory - in progress
- Notes on Geometric Quantisation: A footing in Geometric Quantisation
- Notes from a random seminar I went to in 2018. This was mainly to test my workflow for putting notes on the web.: Strong Quantum Energy Conditions and Hawking Singularity Theorems by Eleni Kontou (University of York)
- A report I made at the end of the second year of my PhD, summarising recent developments.: Second Year Report
- The slides from a talk given at Radboud University, Nijmegen in April 2017: Nijmegen Talk Slides
- A report made at the end of the first year of my PhD outlining the motivation and background of the project.: First Year Report
Notes for fun
- A poster I made for the conference Quantum Gravity on the Computer, here
- Revision guide made for Thermal Physics II for the University of Warwick Physics Society here
Research Blog Posts
- Introductory notes on category theory: Notes on Category Theory - in progress
- Notes on Geometric Quantisation: A footing in Geometric Quantisation
- Notes from a random seminar I went to in 2018. This was mainly to test my workflow for putting notes on the web.: Strong Quantum Energy Conditions and Hawking Singularity Theorems by Eleni Kontou (University of York)


BQN syntax consists of expressions where computation is done with a little organizing structure around them like assignment, functions, and list notation. Expressions are where the programmer is in control so the design tries to do as much as possible with them before introducing special syntax.
The following glyphs are used for BQN syntax. Primitives (built-in functions and modifiers) are not listed in this table, and have their own page. Digits, characters, and the underscore _
are used for numbers, and identifiers or variable names.
| Glyph(s) | Meaning |
|---|---|
# |
Comment |
'" |
Character or string literal |
¯∞π |
Used in numeric literals |
() |
Expression grouping |
← |
Define |
↩ |
Change |
→ |
Return |
⋄, or newline |
Statement or element separator |
⟨⟩ |
List (rank-1 array) |
‿ |
Strand (lightweight list syntax) |
{} |
Block such as a function definition |
: |
Block header |
; |
Block body separator |
𝕨𝕎 |
Left argument |
𝕩𝕏 |
Right argument |
𝕤𝕊 |
Function self-reference |
𝕗𝔽 |
Left operand of a modifier |
𝕘𝔾 |
Right operand of a 2-modifier |
𝕣 |
Modifier self-reference |
A comment starts with #
that is not part of a string and continues to the end of the line.
BQN has single-token notation for numbers, strings, and characters.
Numbers allow the typical decimal notation with ¯
for the negative sign (because -
is a function) and e
for scientific notation (or E
, as numeric notation is case-insensitive). ∞
and π
may be used as special numeric values. If complex numbers are supported, then they can be written with the components separated by i
. However, no BQN to date supports complex numbers.
⟨ ¯π ⋄ 0.5 ⋄ 5e¯1 ⋄ 1.5E3 ⋄ ∞ ⟩ # A list of numbers ⟨ ¯3.14159265358979 0.5 0.5 1500 ∞ ⟩
Strings are written with double quotes ""
, and characters with single quotes ''
with a single character in between. A double quote within a string can be escaped by writing it twice; if two string literals are next to each other, they must be separated by a space. In contrast, character literals do not use escapes, as the length is already known.
≠¨ ⟨ "str" ⋄ "s't""r" ⋄ 'c' ⋄ ''' ⋄ '"' ⟩ # "" is an escape ⟨ 3 5 1 1 1 ⟩ ≡¨ ⟨ "a" ⋄ 'a' ⟩ # A string is an array but a character isn't ⟨ 1 0 ⟩
Like APL, BQN uses four syntactic roles for values in expressions:
These roles work exactly like they do in APL, with functions applying to one or two subject arguments, 1-modifiers taking a single function or subject on the left, and 2-modifiers taking a function or subject on each side.
Unlike APL, in BQN the syntactic role of an identifier is determined purely by the way it's spelled: a lowercase first letter (name
) makes it a subject, an uppercase first letter (Name
) makes it a function, and underscores are used for 1-modifiers (_name
) and 2-modifiers (_name_
). Below, the function {𝕎𝕩}
treats its left argument 𝕎
as a function and its right argument 𝕩
as a subject. With a list of functions, we can make a table of the square and square root of a few numbers:
⟨×˜,√⟩ {𝕎𝕩}⌜ 1‿4‿9 ┌─ ╵ 1 16 81 1 2 3 ┘
BQN's built-in operations also have patterns to indicate the syntactic role: 1-modifiers (˜¨˘⁼⌜´`
) are all superscript characters, and 2-modifiers (∘○⊸⟜⌾⊘◶⚇⎉⍟
) all have an unbroken circle (two functions ⌽⍉
have broken circles with lines through them). Every other built-in constant is a function, although the special symbols ¯
, ∞
, and π
are used as part of numeric literal notation.
Another element that can be included in expressions is assignment, which is written with ←
to define (also called "declare" in many other languages) a variable and ↩
to change its definition. A variable can only be defined once within a scope, and can only be changed if it has already been defined. However, it can be shadowed, meaning that it is defined again in an inner scope even though it has a definition in an outer scope already.
x←1 ⋄ {x←2 ⋄ x↩3 ⋄ x} 3 x 1
Assignment can be used inline in an expression, and its result is always the value being assigned. The role of the identifier used must match the value being assigned.
2×a←(Neg←-)3 ¯6 a ¯3
The characters ⋄
and ,
and newline are completely interchangeable and are used to separate expressions. An expression might be an element in a list or a line in a function. Empty sections—those that consist only of whitespace—are ignored. This means that any number of separators can be used between expressions, and that leading and trailing separators are also allowed. The expressions are evaluated in text order: left to right and top to bottom.
Lists (1-dimensional arrays) are enclosed in angle brackets ⟨⟩
, with the results of the expressions in between being the list's elements. Lists of two elements or more can also be written with the ligature character ‿
. This character has higher binding strength than any part of an expression. If one of the elements is a compound expression, then it will need to be enclosed in parentheses.
If added, sets and dictionaries would also use a list-like notation.
Blocks are written with curly braces {}
and can be used to group expressions or define functions and modifiers. The contents are simply a sequence of expressions, where each is evaluated and the result of the last is returned in order to evaluate the block. This result can have any value, and its syntactic role in the calling context is determined by the normal rules: functions return subjects and modifiers return functions. Blocks have lexical scope.
The special names 𝕨
and 𝕩
, which stand for arguments, and 𝕗
and 𝕘
, which stand for operands, are available inside curly braces. Like ordinary names, the lowercase forms indicate subjects and the uppercase forms 𝕎𝕏𝔽𝔾
indicate functions. The type and syntactic role of the block is determined by its contents: a 2-modifier contains 𝕘
, a 1-modifier contains 𝕗
but not 𝕘
, and a function contains neither but does have one of 𝕨𝕩𝕤𝕎𝕏𝕊
. If no special names are present the block is an immediate block and is evaluated as soon as it appears, with the result having a subject role.
A modifier can be evaluated twice: once when passed operands and again when the resulting function is passed arguments. If it contains 𝕨
or 𝕩
, the first evaluation simply remembers the operands, and the contents will be executed only on the second evaluation, when the arguments are available. If it doesn't contain these, then the contents are executed on the first evaluation and the result is treated as a function.


Before Change
def test_09_02_mog_fly(self):
Test mixture of gaussians thresholding on the fly image
image = fly_image()
x = ID.IdentifyPrimAutomatic()
x.threshold_method.value = T.TM_MOG_GLOBAL
x.object_fraction.value = "0.10"
local_threshold,threshold = x.get_threshold(image, np.ones(image.shape,bool),None,None)
self.assertTrue(threshold > 0.036)
After Change
def test_09_02_mog_fly(self):
Test mixture of gaussians thresholding on the fly image
image = fly_image()
workspace, x = self.make_workspace(image)
x.threshold_method.value = T.TM_MOG
x.threshold_scope.value = I.TS_GLOBAL
x.object_fraction.value = "0.10"
local_threshold,threshold = x.get_threshold(
image, np.ones(image.shape,bool), workspace)
self.assertTrue(threshold > 0.036)


This document is intended to help Chairs and Team Contacts in planning their specification milestones.
In theory, it takes a minimum of around 174 days to move a specification to W3C Recommendation, without ongoing exclusion opportunities. Publications can only happen on Tuesdays and Thursdays and outside of publication moratorias. Chairs and team contacts should enjoy their weekends and avoid Saturdays and Sundays for sending transition requests. Publications must be requested 24 hours in advance and can be done in parallel to the transition request.


new Queue(_maxConcurrent, _minCycle)
Parameters:
| Name | Type | Description |
|---|---|---|
_maxConcurrent |
number | Number of tasks allowed to run simultaneously |
_minCycle |
number | Minimum number of milliseconds between two tasks |
Methods
end(hash)
Parameters:
| Name | Type | Description |
|---|---|---|
hash |
* | Unique hash identifying the task |
(async) flush() → {Promise}
Returns:
returns when the queue is empty
- Type
- Promise
stat() → {object}
Returns:
running, waiting, last
- Type
- object
(async) wait(hash, priority) → {Promise}
Parameters:
| Name | Type | Description |
|---|---|---|
hash |
* | Unique hash identifying the task |
priority |
number |
Returns:
Resolved when the task is ready to run
- Type
- Promise


--- date: 2010-02-09T00:00:00Z published: true title: Google Buzz - 5 Things You Need to Know url: /2010/02/09/google-buzz-5-things-you-need-to-know-buzz/ ---
Google Buzz brings status updates, links, videos and other shared features into the Gmail interface. If you've updated through Facebook or Twitter you'll be comfortable with the process: enter a quick sentence or paragraph describing ... well, anything really. Your thoughts. A recommended link. A question. It's all fair game.
1. How does Google Buzz work?
Google Buzz appears as an option in you Gmail navigation (you may not see it yet because it's being rolled out in waves). Buzz uses the people you email and chat with most often to build the first iteration of your network. You can add and prune from there.
You can choose to share Buzz updates publicly or privately on a post-by-post basis (more on that below).
Looks interesting - it's aggregating things together rather than building a whole new ecosystem. But by doing so, they're creating another method to create/consume social media. And by adding it directly to Gmail they have an automatic audience - rather than another new site you have to go to that is separate.
There's lots of startups in this space, but they never had the built in advantage that Google had with Gmail.


Tun Hussein Onn Foundation agrees to forfeiture of 1MDB-linked funds
KUALA LUMPUR, Nov 15 — Tun Hussein Onn Foundation has agreed to forfeit funds of RM1,980,328.37, which was frozen in its account for allegedly linked to the 1Malaysia Development Berhad (1MDB) scandal, to the government.
Its lawyer, Datuk Hariharan Tara Singh informed High Court judicial commissioner Datuk Ahmad Shahrir Mohd Salleh when the matter came up for mention today.
Following which, deputy public prosecutor Allan Suman Pillai, from the Malaysian Anti-Corruption Commission (MACC), told the court that the prosecution would withdraw its forfeiture application against the foundation.
Ahmad Shahrir then allowed the forfeiture of the money, for the said amount, in the foundation’s account to the government.
He also allowed the forfeiture of RM121, 205 that was frozen in an account belonging to Rayhar Travels Sdn Bhd, also for allegedly linked to the 1MDB scandal, to the government, after the prosecution withdrew its forfeiture application against the company.
Meanwhile, in another High Court, judge Collin Lawrence Sequerah fixed Dec 26 to hear the government’s application to forfeit money totaling RM11.9 million allegedly linked to the 1MDB scandal that was seized from businessman Tan Sri Bustari Yusuf.
Sequerah set the date after the matter came up for mention in his chambers today.
Besides Allan, also present during the proceeding was Bustari’s lawyer Datuk Kamarul Hisham Kamaruddin. — Bernama


travel planner
My trip to:
Departing:
Results
My trip to:
Departing:
save trip
remove trip
is
days away
Typical weather for then is:
Saved trips


Demo details
This demo showcases the functionality provided by the Streaming plugin.
In particular, it provides three different streaming approaches, namely:
- An on-demand stream originated by a file (a song, in this case):
different users accessing this stream would receive a personal view
of the stream itself.
- A pseudo-live stream, still originated by a file (an audio recording
of a radio running commentary): different users accessing this stream
would all receive the same, shared view of the stream.
- A live stream, originated by a gstreamer script: as for the pseudo-live
stream, different users will get the same feed.
You can try them all within the same session: just choose the stream
you're interested in and press the Watch
button to start
the playout. Stopping it will allow you to switch to a different one.
Press the Start
button above to launch the demo.


California
Phone:
1900 - 1234 -5678
Email:
<EMAIL_ADDRESS>Address:
12 W 1st St, 90001 Los Angeles, California
California
Phone:
1900 - 1234 -5678
Email:
<EMAIL_ADDRESS>Address:
12 W 1st St, 90001 Los Angeles, California
California
Phone:
1900 - 1234 -5678
Email:
<EMAIL_ADDRESS>Address:
12 W 1st St, 90001 Los Angeles, California
Contact Us
132A Bridge Road Richmond VIC
Australia.
Talk to us on 1300 132
<EMAIL_ADDRESS>Useful Information
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| Customer care | Careers |
| Delivery | Exchanges & returns |
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Lab 4: Arrays and Cat
Lab Submission instructions
Checkout your subversion directory:
svn co https://phoenixforge.cs.uchicago.edu/svn/cnetid-cs162-win-15
and create a directory for Lab 4
cd cnetid-cs162-win-15
mkdir lab4
svn add lab4 # make it a working copy
cd lab4
touch README # README is now a working copy
svn add README
and then you can start working.
You get two 24-hour lab extensions this quarter, email me: [my last name] at
cs dot
uchicago dot
edu for them. Make sure that you run
svn commit -m "update"
frequently as you work on the lab so that you will definitely have a submission come the midnight deadline. Late submissions are not accepted: the time-stamp counts. Ensure that your lab code runs on the school machines. If you are having difficulty working with the lab machines then see me during office hours before the deadline.
Please ensure that each lab submission is in a distinct folder. For instance, for this lab the path to the lab subdirectory should be:
cnetid-cs162-win-15/lab4
The README file
The README
should contain commands for how to compile and run your program on the school linux machines. Ensure that your code runs on the machines that is a minimal requirement to receive a non-zero grade in the lab assignment. This should contain your name, a list of files you are submitting, and at least a sentence or two about each file.
Additionally make sure to add comments to your code explaining each of the procedures you use.
Lab4 Implementing an array and cat
The lab for this week is here and the files are here. Code that gives a solution to last week’s lab is here.
Also an interesting book on learning C is: here. Another fascinating resource is handmade hero which is a livestream of someone coding a professional-quality game. This can get you setup on many of the basic details of putting together a large C project.
A useful resource for this lab is the documentation for the stdio.h
header in the C11 standard draft. To get a feel for stdio.h
you can find it on the Linux machines at /usr/include/stdio.h
.


- gains - Variable in class communications.Message
-
This message's gains
- GENERAL_INFORMATION_REPOSITORY_GET_CURRENT_RACE_DISTANCE - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_GET_HORSE_JOCKEY_NUMBER_OF_INCREMENTS_DID - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_GET_RACE_NUMBER - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_HOST - Static variable in class configurations.ServerConfigurations
-
Definition of the General Repository of Information host for the execution.
- GENERAL_INFORMATION_REPOSITORY_NEW_SNAPSHOT - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_PORT - Static variable in class configurations.ServerConfigurations
-
Definition of the General Repository of Information port for the execution.
- GENERAL_INFORMATION_REPOSITORY_RACE_IS_OVER - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_BROKER_STATUS - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_HORSE_JOCKEY_ABILITY - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_HORSE_JOCKEY_FINAL_STAND_POSITION - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_HORSE_JOCKEY_NUMBER_OF_INCREMENTS_DID - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_HORSE_JOCKEY_POSITION_ON_TRACK - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_HORSE_JOCKEY_PROBABILITY_TO_WIN - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_HORSE_JOCKEY_STATUS - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_RACE_DISTANCE - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_RACE_NUMBER - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_SPECTATOR_AMOUNT_OF_MONEY - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_SPECTATOR_BET_AMOUNT - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_SPECTATOR_BET_SELECTION - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_SPECTATOR_STATUS - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SET_WERE_WAITING_THE_HORSES - communications.MessageType
-
- GENERAL_INFORMATION_REPOSITORY_SHUTDOWN - communications.MessageType
-
Message representing a shutdown of the General Repository of Information
- GENERAL_INFORMATION_REPOSITORY_TIME_TO_SLEEP - Static variable in class configurations.ServerConfigurations
-
Definition of the General Repository of Information time to sleep for the execution.
- GeneralInformationRepository - Class in hippodrome
-
Class which represents an archive of all hippodrome's actions
and memorabilia.
- GeneralInformationRepository(int, int, boolean) - Constructor for class hippodrome.GeneralInformationRepository
-
Creates a General Repository of Information which saves a
snapshot of all instants of time throughout a horse run
game.
- GeneralInformationRepositoryInterface - Interface in hippodrome
-
Interface of the class which represents an archive of all hippodrome's actions
and memorabilia.
- GeneralInformationRepositoryProxy - Class in server
-
General Repository of Information endpoint representation on the server side.
- GeneralInformationRepositoryProxy() - Constructor for class server.GeneralInformationRepositoryProxy
-
Creates a General Repository of Information Proxy instance.
- GeneralInformationRepositoryStub - Class in clients
-
Representation of a place where the
entities
log their state transitions.
- GeneralInformationRepositoryStub() - Constructor for class clients.GeneralInformationRepositoryStub
-
- generateAbility() - Static method in class clients.ClientLauncher
-
Generate a value for representation of pair Horse/Jockey's ability.
- generateDistance() - Static method in class hippodrome.actions.Race
-
Generate a distance for the race.
- generateDistance() - Static method in class hippodrome.RacingTrack
-
Generate a distance for a race.
- generateMoney() - Static method in class clients.ClientLauncher
-
Generate money between a value of 1 and 999.
- getAbility() - Method in class communications.Message
-
Gets the ability of a pair Horse/Jockey.
- getAbility() - Method in class entities.HorseJockey
-
Returns the pair Horse/Jockey maximum ability to move forward on its track of the Racing Track.
- getAbility() - Method in class hippodrome.rollfilm.HorseJockey
-
Get the current ability of this pair Horse/Jockey (
HorseJockey
).
- getAmount() - Method in class hippodrome.actions.Bet
-
Gets the amount of money spent on this bet.
- getAmountOfMoney() - Method in class hippodrome.rollfilm.Spectator
-
Get the current amount of money collected by this
Spectator
.
- getBet() - Method in class communications.Message
-
Gets the bet of a Spectator.
- getBetAmount() - Method in class hippodrome.rollfilm.Spectator
-
Get the current amount of money spent betting on a pair Horse/Jockey.
- getBetSelection() - Method in class hippodrome.rollfilm.Spectator
-
Get the current bet selection performed by this
Spectator
on a
pair Horse/Jockey which runs at the racing track.
- getBrokerState() - Method in class communications.Message
-
Gets the state of the Broker.
- getCurrentRaceDistance() - Method in class clients.GeneralInformationRepositoryStub
-
- getCurrentRaceDistance() - Method in class hippodrome.GeneralInformationRepository
-
Gets the value of the race distance.
- getCurrentRaceDistance() - Method in interface hippodrome.GeneralInformationRepositoryInterface
-
- getDistance() - Method in class hippodrome.actions.Race
-
Gets the distance of this track's race.
- getFinalStandPosition() - Method in class hippodrome.rollfilm.HorseJockey
-
Get the final standing position of this pair Horse/Jockey (
HorseJockey
) on the run, as it terminates.
- getGains() - Method in class communications.Message
-
Gets the gains of a Spectator.
- getHorseID() - Method in class communications.Message
-
Gets the identification of a pair Horse/Jockey.
- getHorseIteration() - Method in class communications.Message
-
Gets the iterations of a pair Horse/Jockey.
- getHorseJockeyAgility() - Method in class server.ServiceProviderAgent
-
Gets the agility of a pair Horse/Jockey.
- getHorseJockeyId() - Method in class hippodrome.actions.Bet
-
Gets the number identification of a specific pair Horse/Jockey on this bet.
- getHorseJockeyIdentification() - Method in class server.ServiceProviderAgent
-
Gets the identification of a pair Horse/Jockey.
- getHorseJockeyNumberOfIncrementsDid(int) - Method in class clients.GeneralInformationRepositoryStub
-
- getHorseJockeyNumberOfIncrementsDid(int) - Method in class hippodrome.GeneralInformationRepository
-
Gets the number of increments (iterations) for a pair Horse/Jockey identified with horseJockeyId
.
- getHorseJockeyNumberOfIncrementsDid(int) - Method in interface hippodrome.GeneralInformationRepositoryInterface
-
- getHorseJockeyState() - Method in class communications.Message
-
Gets the state of the pair Horse/Jockey.
- getHorsePosition() - Method in class communications.Message
-
Gets the position of a pair Horse/Jockey.
- getHorseProbability() - Method in class communications.Message
-
Gets the odds of a pair Horse/Jockey.
- getHorses() - Method in class communications.Message
-
Gets the number of pairs Horse/Jockey.
- getIdentification() - Method in class entities.HorseJockey
-
Returns the pair Horse/Jockey number identification.
- getIdentification() - Method in class entities.Spectator
-
Returns the Spectator numerical identification between all the others Spectators.
- getIdentification() - Method in class hippodrome.actions.Race
-
Gets the identification of this race.
- getIncrements() - Method in class communications.Message
-
Gets the increments of a pair Horse/Jockey.
- getInstance() - Static method in class hippodrome.BettingCentre
-
Get a singleton instance of a Betting Centre.
- getInstance() - Static method in class hippodrome.ControlCentre
-
Get a singleton instance of a Control Centre.
- getInstance() - Static method in class hippodrome.GeneralInformationRepository
-
Get a singleton instance of a General Repository of Information.
- getInstance() - Static method in class hippodrome.Paddock
-
Get a singleton instance of a General Repository of Information.
- getInstance() - Static method in class hippodrome.RacingTrack
-
Get a singleton instance of a General Repository of Information.
- getInstance() - Static method in class hippodrome.Stable
-
Get a singleton instance of a General Repository of Information.
- getMoney() - Method in class entities.Spectator
-
Returns the amount of current money that this Spectator has available for new bets.
- getNumberOfHorses() - Method in class clients.BettingCentreStub
-
Stub entity to get the number of pairs Horse/Jockey, as registered in the
BettingCentre
.
- getNumberOfHorses() - Method in class hippodrome.BettingCentre
-
Returns number of horses that the
BettingCentre
has knowledge of.
- getNumberOfHorses() - Method in interface hippodrome.BettingCentreInterface
-
- getNumberOfIncrementsDone() - Method in class hippodrome.rollfilm.HorseJockey
-
Get the current number of increments (iterations) of this pair Horse/Jockey (
HorseJockey
).
- getNumberOfTracks() - Method in class hippodrome.actions.Race
-
Gets the number of tracks which this race has.
- getPositionOnTrack() - Method in class hippodrome.rollfilm.HorseJockey
-
Get the current position on track of this pair Horse/Jockey (
HorseJockey
).
- getProbabilityToWin() - Method in class hippodrome.rollfilm.HorseJockey
-
Get the current probability to win of this pair Horse/Jockey (
HorseJockey
).
- getRace() - Method in class clients.RacingTrackStub
-
- getRace() - Method in class communications.Message
-
Gets a race.
- getRace() - Method in class hippodrome.RacingTrack
-
Gets the current Race happening on this Racing Track.
- getRace() - Method in interface hippodrome.RacingTrackInterface
-
- getRaceDistance() - Method in class communications.Message
-
Gets the distance of a Race.
- getRaceNumber() - Method in class clients.GeneralInformationRepositoryStub
-
- getRaceNumber() - Method in class communications.Message
-
Gets the identification of a Race.
- getRaceNumber() - Method in class entities.HorseJockey
-
Returns the pair Horse/Jockey race number identification, in order to compete in the Racing Track.
- getRaceNumber() - Method in class hippodrome.GeneralInformationRepository
-
Gets the value of the race number.
- getRaceNumber() - Method in interface hippodrome.GeneralInformationRepositoryInterface
-
- getResults() - Method in class communications.Message
-
Gets the gains of a Spectator.
- getShutdownCounter(String) - Static method in class server.ServiceProviderAgent
-
Counts the times the entities asked to get the hippodrome regions down.
- getSpectatorAmountOfMoney() - Method in class communications.Message
-
Gets the amount of money of a Spectator.
- getSpectatorBetSelection() - Method in class communications.Message
-
Gets the bet selection of a Spectator.
- getSpectatorID() - Method in class communications.Message
-
Gets the identification of a Spectator.
- getSpectatorIdentification() - Method in class server.ServiceProviderAgent
-
Gets the identification of a Spectator.
- getSpectatorState() - Method in class communications.Message
-
Gets the state of the Spectator.
- getStatus() - Method in class hippodrome.rollfilm.HorseJockey
-
Get the status of this pair Horse/Jockey (
HorseJockey
).
- getStatus() - Method in class hippodrome.rollfilm.Spectator
-
Get the status of a Spectator
.
- getType() - Method in class communications.Message
-
Gets the type of this Message.
- getValue() - Method in class communications.Message
-
Gets the value of a boolean variable.
- getWinner() - Method in class clients.RacingTrackStub
-
- getWinner() - Method in class communications.Message
-
Gets the identification of a Winner.
- getWinner() - Method in class hippodrome.RacingTrack
-
Gets the current winner of a race on this Racing Track.
- getWinner() - Method in interface hippodrome.RacingTrackInterface
-
- giveFileAName() - Method in class hippodrome.GeneralInformationRepository
-
Gives a name to the logging file.
- goCheckHorses() - Method in class clients.ControlCentreStub
-
- goCheckHorses() - Method in class clients.PaddockStub
-
- goCheckHorses() - Method in class hippodrome.ControlCentre
-
- goCheckHorses() - Method in interface hippodrome.ControlCentreInterface
-
- goCheckHorses() - Method in class hippodrome.Paddock
-
Signal given by the
Broker
in order to the
Spectator
s go check the
pairs Horse/Jockey and verify if there are more to come.
- goCheckHorses() - Method in interface hippodrome.PaddockInterface
-
- goCheckHorses(boolean) - Method in class clients.PaddockStub
-
- goCheckHorses(boolean) - Method in class hippodrome.Paddock
-
- goCheckHorses(boolean) - Method in interface hippodrome.PaddockInterface
-
- goCollectTheGains() - Method in class clients.BettingCentreStub
-
- goCollectTheGains() - Method in class hippodrome.BettingCentre
-
Changes the Spectator's state to Collecting the Gains (CTG
) and lets a spectator
collect all
his (or hers) gains after being placed a bet and a race had ended.
- goCollectTheGains() - Method in interface hippodrome.BettingCentreInterface
-
- goWatchTheRace() - Method in class clients.ControlCentreStub
-
- goWatchTheRace() - Method in class hippodrome.ControlCentre
-
- goWatchTheRace() - Method in interface hippodrome.ControlCentreInterface
-


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A graphical user interface (GUI) for the MTurkR package.
| Version: | 0.1.5 |
| Imports: | MTurkR, tcltk, grDevices, utils, XML, curl |
| Published: | 2015-12-19 |
| Author: | Thomas J. Leeper [aut, cre] |
| Maintainer: | Thomas J. Leeper <thosjleeper at gmail.com> |
| BugReports: | https://github.com/leeper/MTurkRGUI/issues |
| License: | GPL-2 |
| URL: | https://github.com/leeper/MTurkRGUI |
| NeedsCompilation: | no |
| Citation: | MTurkRGUI citation info |
| Materials: | README NEWS |
| CRAN checks: | MTurkRGUI results |
| Reference manual: | MTurkRGUI.pdf |
| Package source: | MTurkRGUI_0.1.5.tar.gz |
| Windows binaries: | r-devel: MTurkRGUI_0.1.5.zip, r-release: MTurkRGUI_0.1.5.zip, r-oldrel: MTurkRGUI_0.1.5.zip |
| OS X binaries: | r-release: MTurkRGUI_0.1.5.tgz, r-oldrel: MTurkRGUI_0.1.5.tgz |
Please use the canonical form https://CRAN.R-project.org/package=MTurkRGUI to link to this page.


As alluded to above, one of our goals is to use our data and techniques to develop a statistical model which would help us predict the outcome of a response variable based on the explanatory variable(s) of interest, as well as describe the observed variation. Our primary measure of the accuracy of a model comes from residuals.
in-context


InAppProductsModule Class
Item Index
Methods
Properties
Constants
- DOWNLOAD_STATE_ACTIVE
- DOWNLOAD_STATE_CANCELED
- DOWNLOAD_STATE_FAILED
- DOWNLOAD_STATE_FINISHED
- DOWNLOAD_STATE_PAUSED
- DOWNLOAD_STATE_WAITING
- DOWNLOAD_TIME_UNKNOWN
- PURCHASE_STATE_FAILED
- PURCHASE_STATE_PURCHASED
- PURCHASE_STATE_PURCHASING
- PURCHASE_STATE_RESTORED
- STATE_NOT_READY
- STATE_NOT_SUPPORTED
- STATE_READY
- SUPPORT_STATUS_ALL
- SUPPORT_STATUS_ERROR
- SUPPORT_STATUS_NONE
Methods
cancelDownloads
-
downloads
Cancels downloading the specificed content.
Parameters:
-
downloads
Array of DownloadsAn array Download objects.
Returns:
cancelProductRequest
()
Void
Cancels a pending getProducts call. You will not receive a receivedProducts event if you cancel a product request.
This function is only available on iOS.
Returns:
getProducts
-
params
Requests product information for the provided SKUs from iTunes Store.
The final result of this operation is reported via the receivedProducts event.
Parameters:
-
params
ObjectAn object with the following properties:
-
SKUs
Array of Strings
-
Returns:
true
if the product request was started
successfully.
getPurchases
()
Boolean
Initiates the recovery of recoverable purchases.
The final result of this operation is reported via the receivedPurchases event, which provides an array of all the purchases that have been recovered.
In addition, you will receive a
purchaseUpdate event for each purchase that is recovered, as the
recovery progresses. You will want to complete the recovered purchase
as appropriate either via the complete method by setting the
InAppProductsModule/autoCompletePurchase:property property to true
.
Returns:
true
if the recovery was initiated
successfully.
getSupportStatus
()
Number
Determines whether billing is supported. Note that the return value is a number, not a simple boolean in order to accommodate the more elaborate equivalent function on Android. Use the SUPPORT_STATUS_NONE and SUPPORT_STATUS_ALL constants to interpret the returned value.
Returns:
pauseDownloads
-
downloads
Pauses a set of downloads.
Parameters:
-
downloads
Array of DownloadsAn array Download objects.
Returns:
resumeDownloads
-
downloads
Resumes a set of downloads.
Parameters:
-
downloads
Array of DownloadsAn array Download objects.
Returns:
startDownloads
-
downloads
Starts downloading the specificed content. In order for a download object to be queued for downloading, it must be associated with a purchase that has not been finished yet.
Parameters:
-
downloads
Array of DownloadsAn array Download objects.
Returns:
Properties
autoCompletePurchases
Boolean
Defines whether the module will automatically mark the purchases completed.
By default this property is set to false
in order to avoid
a situation where a purchase gets "lost" due to a crash in the application.
This can happen if the module marks the purchase completed before the
application has a chance to processed the purchase and unlocked the
functionality purchased by the user.
If this property is set to true
, the module will mark every
purchase in the
PURCHASE_STATE_PURCHASED,
PURCHASE_STATE_FAILED, and
PURCHASE_STATE_RESTORED state.
If this property is set to false
, which is the default, then
it is the responsibility of the app to do the same by calling the
complete method.
Default: false
state
Number
read-only
The state of the module. On iOS, this is always going to be STATE_READY; only provided for compatibility with Android.
Constants
DOWNLOAD_STATE_WAITING
Number
One of the possible values of the state property.
Indicates that the download has not started yet.
DOWNLOAD_TIME_UNKNOWN
Number
The values of the timeRemaining property when the system cannot determine how much time is needed to finish downloading the content.
PURCHASE_STATE_PURCHASED
Number
One of the possible values of the state
property of
Purchase objects.
PURCHASE_STATE_PURCHASING
Number
One of the possible values of the state
property of
Purchase objects.
PURCHASE_STATE_RESTORED
Number
One of the possible values of the state
property of
Purchase objects.
STATE_NOT_READY
Number
One of the possible values of the state property.
This value means that module not ready to be used.
STATE_NOT_SUPPORTED
Number
One of the possible values of the state property.
This value means that the app is running in the simulator. This module provides functionality that will not work in the simulator. Please run your tests on an actual device.
STATE_READY
Number
One of the possible values of the state property.
This value means that module is ready to be used.
SUPPORT_STATUS_ALL
Number
One of the possible values returned by the getSupportStatus method.
This value means that all the product types are supported.
SUPPORT_STATUS_ERROR
Number
One of the possible values returned by the getSupportStatus method.
This value means that an error occurred while querying the support status.
SUPPORT_STATUS_NONE
Number
One of the possible values returned by the getSupportStatus method.
This value means that none of the product types are supported.
Events
downloadUpdate
This event provides updates related to startDownloads, pauseDownloads, resumeDownloads, and cancelDownloads operations.
Event Payload:
-
downloads
Array of DownloadsAn array Download objects.
purchaseUpdate
The semantics of this event are significantly different on iOS and Android. On iOS, this event is tied to the paymentQueue:updatedTransactions: native callback function.
On iOS, just like on Android, this event reports the result of a call to the purchase.
In addition, this event is sent for each purchase that is restored as a result of a call to getPurchases.
Furthermore, you will receive this event when your app starts up if
there are any pending purchases. A pending purchase is one that has not
been completed either by explicitly calling the
complete method or implicitly (by the module) in case the
InAppProductsModule/autoCompletePurchase:property property is set to true
.
The app will end up with a pending purchase if it crashes before it can
record the fact that a purchase took place. Therefore it is a good idea
to attach the purchaseUpdate
event handler to the module as
soon as possible during the startup of the app and process any and all
pending purchases. This way the app's user will have access to the purchased
functionality immediately.
Event Payload:
-
purchase
Purchase
receivedProducts
This event returns the result of a getProducts call.
Event Payload:
-
products
Array of ProductsAn array of Product objects.
-
invalid
Array of StringsAn array of strings holding those product identifiers that were passed on to the getProducts function but are not valid.
-
errorCode
NumberThe error code; only present if an error occurred.
-
errorMessage
StringThe error message; only present if an error occurred.
receivedPurchases
This event returns the result of a getPurchases call.
Event Payload:
-
purchases
Array of PurchasesAn array Purchase objects. Note that this attribute is present and may contain partial information even if an error occurred.
-
errorCode
NumberThe error code; only present if an error occurred.
-
errorMessage
StringThe error message; only present if an error occurred.
stateChange
Notifies the app about a change in the state of the module. See the state property for more information.
On iOS, this event is only provided for compatibility with Android. It is only fired once, when the module is loaded, and the state is always STATE_READY.
Event Payload:
-
state
Number


Joel Bartlett
Joel is a Full Stack Web Developer living and working in New York City. He's a basketball fan, ninja, fender owner, International Swiss style practitioner and front-end developer, operating at the junction of aesthetics and mathematics to answer design problems with honest solutions.


Let's add a pane called 'mails' to display the list of mails in the selected folder and a layout pane.


--- layout: homepage title: MOCA Spike 150 subtitle: Running Forward With Our Stories slides: - img: /wp/uploads/Runners-1.png - img: /wp/uploads/Runners-2.png - img: /wp/uploads/Runners-3.png - img: https://user-images.githubusercontent.com/41637129/65340563-825c9f00-db9c-11e9-93b2-ad73f2a7f52f.png url: https://vimeo.com/338891721 ---


Lake Placid (1999)
a review by Christian Pyle
"Lake Placid" Directed by Steve Miner Written by David E. Kelley Starring Bill Pullman, Bridget Fonda, Oliver Platt, Brendan Gleeson, Betty White Official Site: http://www.foxmovies.com/lakeplacid/ Grade: D-
"Lake Placid" marks yet another entry in the series of "predator pics" that were a screen staple in the late 1970s (post-"Jaws") and were revived recently by the godawful "Anaconda." "Placid" claims to be a "horror/comedy"-it's directed by the same guy who did "House"-but its attempts at humor are actually less funny than deadpan seriousness of "Anaconda."
Paleontologist Kelly Scott (Bridget Fonda) is sent up to Maine to examine a tooth removed from a body that had been bitten in half on the lake. Discovering that the tooth belongs to a crocodile (which shouldn't even be in this hemisphere), Kelly goes croc-hunting with Game Warden Jack Wells (Bill Pullman) and Sheriff Hank Keough (Brendan Gleeson). They're joined by an unwelcome guest, Hector Cyr (Oliver Platt), a scholar who worships crocs and searches all over the world for them. Along the way, the merry band meets Mrs. Delores Bickerman (Betty White), a weird old lady who lives out on the lake.
You know what to expect from this movie: lots of shots where the camera is the eyes of the predator (croc cam) swimming toward someone's dangling legs while "Jaws"-like music plays, one character (Hector) who's obsessed with the croc and stupidly endangers the rest, another character who insists that the predator can't possibly exist. Unlike its slippery cousin "Anaconda," "Lake Placid" wants to present its formulaic plot tongue-in-cheek, which is self-defeating. The result is neither scary nor funny; it's just tedious.
While director Steve Miner has several horror films on his resume (including two installments of "Friday the 13th" and "Halloween H20"), screenwriter David Kelley (best known as the creator of TV series like "Ally McBeal" and "Chicago Hope") doesn't seem to have the stomach for a chomp 'em up flick. The body count is surprisingly low and doesn't include any of the major characters, and most annoyingly Kelly and Hector insist that they capture the crocodile alive rather than killing it. ("Lake Placid" manages to have it both ways-I'll let you discover how for yourself).
The croc itself is mostly computer-generated, of course. Like the snake in "Anaconda," the thirty-foot monster crocodile doesn't seem real; it moves too quickly and in ways that seem unnatural. "Lake Placid" also offers little explanation for why a giant crocodile is in Maine. There is a lot of semi-mystical mumbo jumbo about how "we really don't know much about crocodiles." They would have been better off going with something like the urban myth about alligators in the sewers. A movie like this doesn't have to offer much of an explanation (radioactive mutant? creature from outer space?), but it does have to give the audience something to hang their disbelief on.
Pullman and Fonda seem to be plodding through the movie on auto-pilot. Most of the time, they're probably thinking about killing their agents or wondering if making this movie marks the end of their careers. Platt and White, on the other hand, seem to be giving their best efforts, and they manage to squeeze a few chuckles out of this sorry script.
© 1999 Christian L. Pyle
Read my reviews and others at the Mad Review: http://www.wpd.net/madreview/
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
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Related links: index of all rec.arts.movies.reviews reviews


Hi,
there
click and change the colors to make a rainbow!
Click to change the color
Click to change back
Click to change the color
Click to change back
Click to change the color
Click to change back
Click to change the color
Click to change back
Click to change the color
Click to change back
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Select the goals to achieve within 5 years.
Do you have any credit card or other personal debt?
How much have you got saved up and what interest rate do you earn on your deposits?


I study Computer Science at the University of Waterloo and I'm currently a software engineer intern at Numerator. In the past, I worked at Coinbase and was a data solutions engineering intern at Wayfair. In order to improve my product skills, I also briefly worked with a telehealth company that allowed me to dive into the role of a product manager; I learned a ton about the role and got great exposure to the healthcare industry!
Currently looking for full time opportunities in both software and product!
My Backstory
I'm curious by nature and have enjoy reading and rowing (which is replaced by the erg in colder months). Some of my favourite books include East of Eden, Atlas Shrugged and Brave New World. That being said, I also try to read books on product management to sharpen my skills.


--- layout: post title: mTools - A must have for MongoDB author: rjardinet date: '2016-09-29 14:10:41 +0200' date_gmt: '2016-09-29 12:10:41 +0200' categories: - Non classé tags: [] --- {% raw %}
Maintain an application using MongoDB can be painful, especially when you either have a large amount of data, or a lot of writing operations. This is even more true if, as a developer, you don't have access to production servers, oftenly allowed to few.
Here is the problem : how to find in your huge amount of data or in your daily requests, which one has a negative impact on your performances and much more, find bottlenecks.
Giving the help of MongoDB Inc. on Numeric Editions subjects at FranceTV, we automated the use of tools, in order to study behaviours of our production servers without incidences on our applications.
The tool, or rather the toolbox we most oftenly use is MTools. This project was started and is still maintained by Thomas Rückstieß, who worked for MongoDB.
Mloginfo reads logs generated by MongoDB and returns informations about the usage of the database. In our case, we wanted to monitor and profile our request to define the ones which will be take a long amount of time and the ones which will be used the most.
Here is an example of use:
mloginfo --queries logs.mongo/mongod.log namespace operation pattern count min (ms) max (ms) mean (ms) 95%-ile (ms) sum (ms) myCol.$cmd findandmodify {"ID": 1} 916493 101 10486 277 453.0 254423325 myCol.User count {"activeSeg": 1, "updatedAt": 1} 68 30135 1413998<PHONE_NUMBER>776.4 28516024 myCol.InactiveUser count {"inactiveSeg": 1} 32<PHONE_NUMBER>698<PHONE_NUMBER>99.6 26028315
About columns:
In this example, we can see that findandmodify operation is extremly used in an acceptable amount of time. However, simple count operations are taking a huge amount and time, which can be due to a missing index.
More info here.
Its name says all, Mlogfilter allows you to filter logs. You can easily apply multiple filters and maybe combine it with mloginfo.
cat logs.mongo/mongod.log | mlogfilter --human --slow --from start +1day Fri Sep 16 08:01:58.883 I COMMAND [conn195591] command dbm_rcu_v2.Client command: aggregate { aggregate: "Client", pipeline: [ { $match: { somedate: { $lte: new Date(1474005604000), $gte: new Date(1469951542000) } } }, { $sort: { somedate: -1 } },{ $unwind: "$someArray" }, { $skip: 165000 }, { $limit: 5000 } ], allowDiskUse: true } ntoskip:0 keyUpdates:0 writeConflicts:0 numYields:549 reslen:862557 locks:{ Global: { acquireCount: { r: 1120 } }, Database: { acquireCount: { r: 560 } }, Collection: { acquireCount: { r: 560 } } } protocol:op_query (0hr 0min 3secs 99ms) 3,099ms
This command for example show only the slower operations within a day from the beginning of the log file. As we can see, the output gives us an aggregate of commands which took more than three seconds to execute.
More info here.
Those tools allows you to generate graphics to visualize data in a human-readable format. We can see : calls distribution, type of commands, etc :
More info on Mlogvis & Mplotqueries.
Mgenerate is a tool that can randomly fill a MongoDB database given a JSON model. It is a must have when it comes to test functions or requests behavior with a large set of data.

Mlaunch on the other hand let you create quickly a local workable environment for MongoDB. It can provide a configuration for a standalone usage or for replicas or/and shards. Combined with Mgenerate, it's an efficient and a quick way to setup test environments in order to test apps using MongoDB.
Example :
mlaunch --replicaset --nodes 5
This command is creating a MongoDB server with 5 replicas.
Compass is a desktop client allowing you to browse and analyze data from a MongoDB database. Its goal is to allow a person to manipulate data without real knowledges on MongoDB querying. However, it's only available on Windows and MacOS yet.
{% endraw %}


ASCollectionView Class Reference
| Inherits from | UICollectionView |
|---|---|
| Declared in | ASCollectionView.h |
Overview
Asynchronous UICollectionView with Intelligent Preloading capabilities.
ASCollectionView is a true subclass of UICollectionView, meaning it is pointer-compatible with code that currently uses UICollectionView.
The main difference is that asyncDataSource expects -nodeForItemAtIndexPath, an ASCellNode, and the sizeForItemAtIndexPath: method is eliminated (as are the performance problems caused by it). This is made possible because ASCellNodes can calculate their own size, and preload ahead of time.
Note: ASCollectionNode is strongly recommended over ASCollectionView. This class exists for adoption convenience.
asyncDelegate
The object that acts as the asynchronous delegate of the collection view
@property (nonatomic, weak) id<ASCollectionDelegate> asyncDelegate
Discussion
The delegate must adopt the ASCollectionDelegate protocol. The collection view maintains a weak reference to the delegate object.
The delegate object is responsible for providing size constraints for nodes and indicating whether batch fetching should begin.
Declared In
ASCollectionView.h
asyncDataSource
The object that acts as the asynchronous data source of the collection view
@property (nonatomic, weak) id<ASCollectionDataSource> asyncDataSource
Discussion
The datasource must adopt the ASCollectionDataSource protocol. The collection view maintains a weak reference to the datasource object.
The datasource object is responsible for providing nodes or node creation blocks to the collection view.
Declared In
ASCollectionView.h
collectionNode
Returns the corresponding ASCollectionNode
@property (nonatomic, weak, readonly) ASCollectionNode *collectionNode
Return Value
collectionNode The corresponding ASCollectionNode, if one exists.
Declared In
ASCollectionView.h
leadingScreensForBatching
The number of screens left to scroll before the delegate -collectionView:beginBatchFetchingWithContext: is called.
@property (nonatomic, assign) CGFloat leadingScreensForBatching
Discussion
Defaults to two screenfuls.
Declared In
ASCollectionView.h
layoutInspector
Optional introspection object for the collection view’s layout.
@property (nonatomic, weak) id<ASCollectionViewLayoutInspecting> layoutInspector
Discussion
Since supplementary and decoration views are controlled by the collection view’s layout, this object
is used as a bridge to provide information to the internal data controller about the existence of these views and
their associated index paths. For collection views using UICollectionViewFlowLayout
, a default inspector
implementation ASCollectionViewFlowLayoutInspector
is created and set on this property by default. Custom
collection view layout subclasses will need to provide their own implementation of an inspector object for their
supplementary views to be compatible with ASCollectionView
’s supplementary node support.
Declared In
ASCollectionView.h
– nodeForItemAtIndexPath:
Retrieves the node for the item at the given index path.
- (nullable ASCellNode *)nodeForItemAtIndexPath:(NSIndexPath *)indexPath
Parameters
indexPath |
The index path of the requested node. |
|---|
Return Value
The node at the given index path, or @c nil if no item exists at the specified path.
Declared In
ASCollectionView.h
– supplementaryNodeForElementKind:atIndexPath:
Similar to -supplementaryViewForElementKind:atIndexPath:
- (nullable ASCellNode *)supplementaryNodeForElementKind:(NSString *)elementKind atIndexPath:(NSIndexPath *)indexPath
Parameters
elementKind |
The kind of supplementary node to locate. |
|---|---|
indexPath |
The index path of the requested supplementary node. |
Return Value
The specified supplementary node or @c nil.
Declared In
ASCollectionView.h
– contextForSection:
Retrieves the context object for the given section, as provided by the data source in the @c collectionNode:contextForSection: method. This method must be called on the main thread.
- (nullable id<ASSectionContext>)contextForSection:(NSInteger)section
Parameters
section |
The section to get the context for. |
|---|
Return Value
The context object, or @c nil if no context was provided.
Declared In
ASCollectionView.h
scrollDirection
Determines collection view’s current scroll direction. Supports 2-axis collection views.
@property (nonatomic, readonly) ASScrollDirection scrollDirection
Return Value
a bitmask of ASScrollDirection values.
Declared In
ASCollectionView.h
scrollableDirections
Determines collection view’s scrollable directions.
@property (nonatomic, readonly) ASScrollDirection scrollableDirections
Return Value
a bitmask of ASScrollDirection values.
Declared In
ASCollectionView.h
zeroContentInsets
Forces the .contentInset to be UIEdgeInsetsZero.
@property (nonatomic) BOOL zeroContentInsets
Discussion
By default, UIKit sets the top inset to the navigation bar height, even for horizontally scrolling views. This can only be disabled by setting a property on the containing UIViewController, automaticallyAdjustsScrollViewInsets, which may not be accessible. ASPagerNode uses this to ensure its flow layout behaves predictably and does not log undefined layout warnings.
Declared In
ASCollectionView.h


Class UserSecurityActorExtensions
Extensions for UserSecurityActor
Inheritance
System.Object
UserSecurityActorExtensions
Inherited Members
System.Object.ToString()
System.Object.Equals(System.Object)
System.Object.Equals(System.Object, System.Object)
System.Object.ReferenceEquals(System.Object, System.Object)
System.Object.GetHashCode()
System.Object.GetType()
System.Object.MemberwiseClone()
Namespace:Bifrost.Security
Assembly:Bifrost.dll
Syntax
public static class UserSecurityActorExtensions
Methods
| Improve this Doc View SourceMustBeInRole(UserSecurityActor, String)
Declares that the UserSecurityActor must be in a specific role
Declaration
public static UserSecurityActor MustBeInRole(this UserSecurityActor securityActor, string role)
Parameters
| Type | Name | Description |
|---|---|---|
| UserSecurityActor | securityActor | UserSecurityActor to declare it for |
| System.String | role | Role |
Returns
| Type | Description |
|---|---|
| UserSecurityActor | UserSecurityActor to continue the chain with |
MustBeInRoles(UserSecurityActor, String[])
Declares that the UserSecurityActor must be in set of specific roles
Declaration
public static UserSecurityActor MustBeInRoles(this UserSecurityActor securityActor, params string[] roles)
Parameters
| Type | Name | Description |
|---|---|---|
| UserSecurityActor | securityActor | UserSecurityActor to declare it for |
| System.String[] | roles | Roles to specify |
Returns
| Type | Description |
|---|---|
| UserSecurityActor | UserSecurityActor to continue the chain with |


mergeCompartments Merge all compartments in a model model a model structure keepUnconstrained keep metabolites that are unconstrained in a 'unconstrained' compartment. If these are merged the exchange reactions will most often be deleted (opt, default false) deleteRxnsWithOneMet delete reactions with only one metabolite. These reactions come from reactions such as A[c] + B[c] => A[m]. In some models hydrogen is balanced around each membrane with reactions like this (opt, default false) model a model with all reactions located to one compartment deletedRxns reactions that were deleted because of only having one metabolite after merging Merges all compartments into one 's' compartment (for 'System'). This can be useful for example to ensure that there are metabolic capabilities to synthesize all metabolites. NOTE: If the metabolite IDs reflect the compartment that they are in the IDs may no longer be representative. Usage: model=mergeCompartments(model,keepUnconstrained,deleteRxnsWithOneMet) Rasmus Agren, 2014-01-08
0001 function [model, deletedRxns]=mergeCompartments(model,keepUnconstrained,deleteRxnsWithOneMet) 0002 % mergeCompartments 0003 % Merge all compartments in a model 0004 % 0005 % model a model structure 0006 % keepUnconstrained keep metabolites that are unconstrained in a 0007 % 'unconstrained' compartment. If these are merged the 0008 % exchange reactions will most often be deleted (opt, 0009 % default false) 0010 % deleteRxnsWithOneMet delete reactions with only one metabolite. These 0011 % reactions come from reactions such as A[c] + B[c] 0012 % => A[m]. In some models hydrogen is balanced around 0013 % each membrane with reactions like this (opt, 0014 % default false) 0015 % 0016 % model a model with all reactions located to one compartment 0017 % deletedRxns reactions that were deleted because of only 0018 % having one metabolite after merging 0019 % 0020 % Merges all compartments into one 's' compartment (for 'System'). This can 0021 % be useful for example to ensure that there are metabolic capabilities to 0022 % synthesize all metabolites. 0023 % 0024 % NOTE: If the metabolite IDs reflect the compartment that they are in 0025 % the IDs may no longer be representative. 0026 % 0027 % Usage: model=mergeCompartments(model,keepUnconstrained,deleteRxnsWithOneMet) 0028 % 0029 % Rasmus Agren, 2014-01-08 0030 % 0031 0032 if nargin<2 0033 keepUnconstrained=false; 0034 end 0035 if nargin<3 0036 deleteRxnsWithOneMet=false; 0037 end 0038 0039 if ~isfield(model,'unconstrained') 0040 keepUnconstrained=false; 0041 end 0042 0043 %Keep track of which reactions only contained one metabolite before the 0044 %merging as they are probable exchange reactions. 0045 if deleteRxnsWithOneMet==true 0046 reservedRxns=model.rxns(sum(model.S~=0)==1); 0047 if ~isempty(reservedRxns) && isfield(model,'unconstrained') 0048 %If there is no unconstrained field these reactions are probably 0049 %exchange reactions and shall be kept. If not then print a warning 0050 EM='There are reactions with only one metabolite. Cannot determine whether they are exchange reactions since there is no unconstrained field'; 0051 dispEM(EM,false); 0052 end 0053 end 0054 0055 %Loop through each metabolite, and if it's not unconstrained then change 0056 %the S matrix to use the metabolite with the lowest index in model.comps 0057 %instead 0058 uNames=unique(model.metNames); 0059 for i=1:numel(uNames) 0060 %Find all metabolites with this name.. 0061 I=ismember(model.metNames,uNames(i)); 0062 0063 %Find the first of those that is not unconstrained. This is the one 0064 %that the other "un-unconstrained" should be changed to. 0065 if keepUnconstrained==true 0066 mergeTo=find(I & model.unconstrained==false,1); 0067 0068 %This could happen if there is only one metabolite and it's 0069 %unconstrained 0070 if isempty(mergeTo) 0071 continue; 0072 end 0073 else 0074 mergeTo=find(I,1); 0075 end 0076 I(mergeTo)=false; %Don't do anything for itself 0077 I=find(I); 0078 0079 %Go through each of the metabolites with this name and update them to 0080 %mergeTo 0081 for j=1:numel(I) 0082 if keepUnconstrained==true && model.unconstrained(I(j))==true 0083 continue; 0084 end 0085 %Update the S matrix 0086 model.S(mergeTo,:)=model.S(mergeTo,:)+model.S(I(j),:); 0087 model.S(I(j),:)=0; 0088 end 0089 end 0090 0091 %Remove all metabolites that are no longer used (with a bit of a trick) 0092 model=removeReactions(model,{},true); 0093 0094 %Update all mets so that they are in compartment "s" with id "1" 0095 model.compNames={'System'}; 0096 model.comps={'s'}; 0097 model.compOutside={''}; 0098 model.metComps=ones(numel(model.mets),1); 0099 0100 %Add exchange mets to another compartment "b" with id "2" 0101 if keepUnconstrained==true 0102 model.compNames=[model.compNames; {'Unconstrained'}]; 0103 model.comps=[model.comps; {'b'}]; 0104 model.compOutside=[model.compOutside; {'s'}]; 0105 model.metComps(model.unconstrained~=0)=2; 0106 end 0107 0108 %Transport reactions on the form A <=> B will have been deleted by the 0109 %merging. Remove those reactions 0110 model=removeMets(model,{},false,true,true); 0111 0112 if deleteRxnsWithOneMet==true 0113 I=model.rxns(sum(model.S~=0)==1); 0114 0115 %Delete the reactions that contain only one metabolite after the 0116 %merging but not before 0117 deletedRxns=setdiff(I,reservedRxns); 0118 model=removeReactions(model,deletedRxns,true,true); 0119 else 0120 deletedRxns={}; 0121 end 0122 0123 %And then finally merge the identical reactions 0124 model=contractModel(model); 0125 end


About me lorem Airedale cheese on toast cheese and biscuits. Queso goat pepper jack queso manchego fondue gouda camembert de normandie. Cheese and biscuits rubber cheese queso edam cheese slices chalk and cheese stinking bishop dolcelatte. Say cheese red leicester cheese triangles. Squirty cheese fromage halloumi. Dolcelatte fromage hard cheese mascarpone fromage frais fromage frais cut the cheese macaroni cheese. Jarlsberg stilton goat gouda cottage cheese emmental blue castello cheese slices.
Cream cheese pepper jack jarlsberg cottage cheese lancashire halloumi. Pepper jack cheese and biscuits manchego. Paneer edam when the cheese comes out everybody's happy goat macaroni cheese red leicester stilton cheese and biscuits. Say cheese fromage frais fromage frais macaroni cheese roquefort fondue squirty cheese cheddar.
Cheese and wine halloumi parmesan. Boursin when the cheese comes out mozzarella everyone loves red leicester goat say cheese. Cottage cheese cheese and biscuits queso port-salut airedale rubber cheese halloumi lancashire. Roquefort macaroni cheese. Ricotta hard cheese camembert de normandie. Blue castello mascarpone croque monsieur fromage frais smelly cheese mascarpone swiss babybel. Emmental mascarpone port-salut cheeseburger ricotta cottage cheese smelly cheese taleggio. Lancashire cheese on toast rubber cheese boursin cheddar lancashire hard cheese feta. Port-salut taleggio.


.NET Fringe is a community of developers working on the edges of technology, creating new and interesting open source projects. Our conferences create a time and a place for this community to come together, share, discuss, and work together to build the next generation of amazing .NET software.
We think the .NET platform is more interesting today than it ever has been. The war is over and the notion that Microsoft and Open Source are at odds with one-another is antiquated. ALT.NET, which was founded on the idea of that conflict, is no longer relevant. .NET Fringe is a new community based on trust and collaboration, instead of conflict.
Come be a part of this fantastic gathering of open-source .NET developers!
Want to speak at .NET Fringe? Check out our CFP for details on how to submit a talk!.
If you'd like to sponsor .NET Fringe, please send an email to<EMAIL_ADDRESS>for more info.
Want to chat up the organizers? Feel free to email us at<EMAIL_ADDRESS>with any questions, ideas, comments, rants, or just to show us with praise.
If you're interested in volunteering, we could sure use some help (and we'll give you a free ticket in exchange!). Send an email to<EMAIL_ADDRESS>to get the conversation started.


---
layout: post
title: 'Agile 2009: Become a better agile practitioner - learn from other sources'
date: 2009-08-28 00:00:00
categories: chop-socky software-development
---
Mike Sutton on how to become a better agile practitioner by learning from other sources; my notes are a bit slapdash here because much of the session was practical or participative. So only a few bits and pieces:
- "Curiosity propels you to excellence";
- Mike talked a bit about NLP; in particular "well formed outcomes" - achievable actionable realistic goals which can be tested;
- ...and also "submodalities", "words as windows to primary representation systems". So, for instance, some people might talk "visually", saying things like "see what I mean?". Engaging with these people using the same language and metaphors that they use would be useful;
- We then did some improv exercises, having a group of "directors" tell a volunteer what to do repeatedly, with the aim of telling a story... whilst a second group, the "audience", vote on how well it's going. A few people noted how different it felt to be a director vs being in the audience in terms of pressure to deliver;
- Mike talked (rightly I felt) about how interesting it was to see software industry folks connecting to other disciplines and bringing something back - the idea that we can learn a lot from other places. In a chat afterwards, he likened this to his Aikido dojo where they're encouraged to go and learn another martial art after a little while, to better further their practice;


C.P. Company and slowthai collaborate for a new capsule collection
The Italian brand joined forces with the British musician during his U.K. tour
by Tayler WillsonInspired by their ‘Eyes on the City’ series, C.P. Company has teamed up with Mercury Prize-nominated slowthai on his recent sell out tour to shoot a short film on urban exploration.
Following the rapper, they travel across the UK and reflect on his personal journey and career so far, the film features tracks ‘Gorgeous’ and ‘Inglorious’ from his debut album, ‘Nothing Great About Britain’.
Read this next: Rejjie Snow shows us around Paris for C.P. Company's latest 'Eyes on the City' series
The finale sees slowthai realise his dreams, with a performance in front of a sold-out crowd of 5,000 at the o2 Academy in Brixton. In keeping with his unique persona and bold performance style, the engaging artist wears pieces from P.Ri.S.M, the new capsule collection by C.P. Company.
C.P. Company presents P.Ri.S.M, an exclusive fabric engineered from the expertise of the brand, featuring a Prismatic Ripstop Membrane composed of a two-tone rip-stop and a polyurethane membrane.
Read this next: Introducing C.P. Company's P-Lastic range
The rip-stop features a ready-for-dyeing nylon warp and a yarn dyed contrasting polyester weft; the polyurethane membrane is transparent and can be dyed. The prismatic final colour is a consequence of the contrast achieved in the semi-dyeable ripstop membrane: a truly unique fabric for the next generation of outerwear from C.P. Company.
The P.Ri.S.M collection will be available from 12th December online on cpcompany.co.uk.
Read this next: Get the best of Mixmag direct to your Facebook DMs
Tayler Willson is Mixmag's Digital Fashion Editor, follow him on Twitter
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| [ Team LiB ] |
16.5 MenusClass Menu implements all kinds of menus: menubars of top-level windows, submenus, and pop-up menus. To use a Menu instance m as the menubar for a top-level window w, set w's configuration option menu=m. To use m as a submenu of a Menu instance x, call x.add_cascade with a named argument menu=m. To use m as a pop-up menu, call method m.post. Besides configuration options covered in Section 16.2.1 earlier in this chapter, a Menu instance m supports option postcommand=callable. Tkinter calls callable without arguments each time it is about to display m (whether because of a call to m.post or because of user actions). You can use this option to update a dynamic menu just in time when necessary. By default, a Tkinter menu shows a tear-off entry (a dashed line before other entries), which lets the user get a copy of the menu in a separate Toplevel window. Since such tear-offs are not part of user interface standards on popular platforms, you may want to disable tear-off functionality by using configuration option tearoff=0 for the menu. 16.5.1 Menu-Specific MethodsBesides methods common to all widgets, an instance m of class Menu supplies several menu-specific methods.
Adds after m's existing entries a new entry whose kind is the string entry_kind, which is one of the strings 'cascade', 'checkbutton', 'command', 'radiobutton', or 'separator'. Section 16.5.2 later in this chapter covers entry kinds and options. Methods whose names start with add_ work just like method add, but they accept no positional argument; what kind of entry each method adds is implied by the method's name.
m.delete(i) removes m's i entry. m.delete(i,j) removes m's entries from the i one to the j one, included. The first entry has index 0.
Changes entry options for m's i entry. entryconfig is an exact synonym.
Adds before m's entry i a new entry whose kind is the string entry_kind, which is one of the strings 'cascade', 'checkbutton', 'command', 'radiobutton', or 'separator'. Section 16.5.2 later in this chapter covers entry kinds and options. Methods whose names start with insert_ work just like method insert, except that they don't accept a second positional argument; what kind of entry each method inserts is implied by the method's name.
Invokes m's i entry, just as if the user clicked on it.
Displays m as a pop-up menu, with m's upper left corner at coordinates x,y (offsets in pixels from upper left corner of Tkinter's root window).
Closes m if m was displaying as a pop-up menu, otherwise does nothing. 16.5.2 Menu EntriesWhen a menu m displays, it shows a vertical (horizontal for a menubar) list of entries. Each entry can be one of the following kinds:
Other entry options often used with menu entries are:
16.5.3 Menu ExampleThe following example shows how to add a menubar with typical File and Edit menus: import Tkinter root = Tkinter.Tk( ) bar = Tkinter.Menu( ) def show(menu, entry): print menu, entry fil = Tkinter.Menu( ) for x in 'New', 'Open', 'Close', 'Save': fil.add_command(label=x,command=lambda x=x:show('File',x)) bar.add_cascade(label='File',menu=fil) edi = Tkinter.Menu( ) for x in 'Cut', 'Copy', 'Paste', 'Clear': edi.add_command(label=x,command=lambda x=x:show('Edit',x)) bar.add_cascade(label='Edit',menu=edi) In this example, each menu command just outputs information to standard output for demonstration purposes. Note the x=x idiom to snapshot the value of x at the time we create each lambda. Otherwise, the current value of x at the time a lambda executes, 'Clear', would show up at each menu selection. A good alternative to the lambda expressions would be a closure. Instead of def show, use: def mkshow(menu): def emit(entry, menu=menu): print menu, entry return emit and use command=mkshow('File') and command=mkshow('Edit'), respectively, in the calls to the add_command methods of fil and edi. |
| [ Team LiB ] |


Preparation time
over 2 hours
Cooking time
10 to 30 mins
Serves
Serves 4
Cut each chicken leg into two pieces (drumstick and thigh) and each breast into two pieces. Make two deep slits crossways on the meaty parts of each leg and breast piece. The slits should be deep enough to reach the bone.
 Sprinkle the chicken with the salt and squeeze over some of the lemon juice. Rub the lemon juice and salt into each piece, so that the mixture goes right to the bone. Set aside for 20 minutes.
Meanwhile, for the yoghurt marinade, combine a tablespoon or so of the yoghurt, the onion, garlic, ginger, chillies and garam masala in a blender or food processor and blend until smooth. Add the remaining yoghurt to the yoghurt and spice mixture and combine well.
Put the chicken and all its accumulated juices into a large bowl, discarding the lemon seeds. Pour the marinade over the chicken to cover. Rub the marinade into the slits in the meat, then cover with cling film and refrigerate for at least six hours (but preferably 24).
Preheat the oven to its maximum temperature and set a shelf in the top third of the oven where it's hottest.
 Discard the leftover marinade.
Place the tray in the top part of the oven and cook for 20-25 minutes, until the chicken is cooked through. The breasts cook more quickly than the legs, so remove these after about 10-15 minutes, when they're cooked through. You can check whether they're done by piercing the chicken in the thickest part with a skewer. The juices will run clear but the flesh should still feel springy to the touch.
Lift the chicken pieces out of their juices and place on a serving plate. Serve with lemon or lime wedges.


---
layout: post
title: 5.4 nautical!
date: '2006-04-21T11:38:00.000+02:00'
author: Steven Van Acker
tags:
modified_time: '2008-01-17T09:18:09.257+01:00'
blogger_id: tag:blogger.com,1999:blog-5513234137363262204.post-7790130652660867885
blogger_orig_url: http://www.singularity.be/2006/04/54-nautical.html
---
We're past the firstmile stone now :) 10km straight.
An interesting sensation afterwards. My legs felt like they were not there at all.
I'm not sure I could have done much more than 25 laps, but I'm sure I'll get to 50 at some point.
Running 12 is now a breeze and in time, so will 25 be.


ReactJS meetup - avril 2019
A NextJS implementation of the themoviedb.org website
Through feedback on actual project:
Looks like a regular SPA ...

You need to enable JavaScript to run this app.

DEMO 📺
Why ?
DEMO 📺
styled-jsx
styled-components
sheet.collectStyles(<App {...props} />)
./pages
/a
to ./pages/a.tsx
Express based
Fully customizable
Constraints:
"Route masking"
Server-side
/movie/11
➡ /movie?id=11
"Route masking"
Client-side
<Link href="/movie?id=11" as="/movie/11-star-wars" />
href
:./pages
as
: url to displayMaintains router state via push/replaceState
(or can even be used as an anchor)
"Route masking"
// server side
server.get('/movie/:id', (req, res) => {
return app.render(req, res, '/movie', {
id: req.params.id
})
})
// client side
<Link href="/movie?id=11" as="/movie/11" />
DEMO 📺
<meta>
/ <link>
tags📝 README


| Variable Name | Value |
|---|---|
Pi | Mathematical constant pi = circumference/diameter. |
E | Mathematical constant e = limh->0(1+h)1/h . |
Note: The variable names (as anything else) are case sensetive and must start with alphabet.
| Priority Level | Operator |
|---|---|
| Intervals | < , > <= , >= |
| Level 1 | + , - |
| Level 2 | * , / , % (modulo) |
| Level 3 | ^ (power) |
| Class | Available Functions |
|---|---|
| Algebraic | sqrt,cbrt, exp,log |
| Trigonometric, Inverse Trigonometric |
sin, cos, tan, cosec, sec, cot, asin, acos, atan, acosec, asec, acot |
| Hyperbolic, Inverse Hyperbolic |
sinh, cosh, tanh |
| Others | abs, floor, ceil, sgn, frac |
Note:variable names must start with an alphabet.


MIUPC
Hi, I mostly work on the information page (This one :D), the front end of our program. I mostly use HTML and CSS.
Eli Saado
I do, well, uh, really anything
CB101
I'm one of the front-end developers for this website, just making sure the website looks, appears, and feels okay. It makes for a great place to use my hobby of design and markup (maybe later even back-end, in a while), so go ahead and see what you think!


OKAMI BUSHI
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